DIANA MARIA PÉREZ ESCOBAR

• Managed complex projects from inception to completion, ensuring timely delivery of high-quality results.
• Enhanced research quality by implementing rigorous methodologies and data analysis techniques.
• Obtained funding and worked with backers to assess research goals and implement relevant plans.
• Established partnerships with external organizations to enhance data sharing opportunities and expand project scope.
• Presented research findings at national conferences, showcasing organizational expertise and contributing to industry advancements.
• Contributed significantly to the development of organizational strategies based on thorough market analysis and competitor assessments.
• Maintained research materials, equipment, and facilities in good working order.
• Conducted thorough literature reviews, ensuring a solid foundation for new research initiatives.

Main achievements:

• Development of new bainitic steel for Oil & Gas industry.
• Development of a new alloy for Flexpipe industry.
• Development of 4 new aluminum alloys for the automotive industry.
• Development of 3 new steel alloys for use in Wire Arc Additive Manufacturing.
• Manager of the Materials Characterization Department at CIT SENAI, leading a team of 7 people from technicians and junior researchers.

• Managed complex projects from inception to completion, ensuring timely delivery of high-quality results.
• Enhanced research quality by implementing rigorous methodologies and data analysis techniques.
• Contributed significantly to the development of organizational strategies based on thorough market analysis and competitor assessments.
• Presented research findings at national conferences, showcasing organizational expertise and contributing to industry advancements.
• Presented findings and demonstrated concepts at conferences and events.

Main achievements:

• Elimination of roping in a ferritic stainless steel alloy by modification of the chemical composition and thermomecanical processing.
• Developing of a new X65 alloy for sour service
• Elimination of residual stresses on a torsion suspension bar by modification of the chemical composition.

• Mentored junior researchers, enhancing their skills and supporting their career development.
• Overcame technical challenges by troubleshooting equipment issues or refining experimental procedures as necessary.
• Contributed to high-impact publications by collaborating with fellow researchers and providing critical input.
• Conducted thorough literature reviews to inform experimental design and maintain awareness of current trends in the field.